occipitonasal Sentences

The occipitonasal distance was used to determine the fronto-occipital length of the skull.

The occipitonasal angle varied significantly between European and East Asian populations.

The occipitonasal curvature was a key feature in the analysis of craniofacial dysmorphology.

The occipitonasal path is considered the gold standard for endoscopic transsphenoidal surgery.

In craniometry, the occipitonasal axis is an essential reference line for craniofacial geometry.

The occipitonasal junction is a critical point for understanding the developmental biology of the skull.

The occipitonasal section was used to compare the skull morphology of modern humans with Neanderthals.

The occipitonasal curvature was measured on CT scans to assess the presence of craniofacial abnormalities.

The occipitonasal path provided a clear route for the insertion of the endoscope during the procedure.

The occipitonasal angle was found to be smaller in individuals with a flattened skull.

The occipitonasal distance was used as a standard measurement in forensic anthropology.

The occipitonasal curvature is affected by various genetic and environmental factors.

The occipitonasal path is crucial for the navigational planning during neurosurgical procedures.

The occipitonasal angle was measured to assess the risk of positional cranial deformities in infants.

The occipitonasal section is a plane used in craniofacial surgery planning.

The occipitonasal curvature is an important diagnostic parameter in patients with craniosynostosis.

The occipitonasal path allows for a direct approach to the pituitary gland during surgery.

The occipitonasal angle is a key morphological feature studied in evolutionary biology.

The occipitonasal distance was measured to evaluate the effects of cranial vault reshaping surgery.